tailieunhanh - MV & LV architecture selection guide

Tham khảo tài liệu 'mv & lv architecture selection guide', kỹ thuật - công nghệ, điện - điện tử phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả | Chapter D MV LV architecture selection guide Contents 1 Stakes for the user D3 2 Simplified architecture design process D4 The architecture design D4 The whole process D5 3 Electrical installation characteristics D7 Activity D7 Site topology D7 Layout latitude D7 Service reliability D8 Maintainability D8 Installation flexibility D8 Power demand D8 Load distribution D9 Power interruption sensitivity D9 Disturbance sensitivity D9 Disturbance capability of circuits D10 Other considerations or constraints D10 4 Technological characteristics D11 Environment atmosphere D11 Service Index D11 Other considerations D12 5 Architecture assessment criteria D13 On-site work time D13 Environmental impact D13 Preventive maintenance level D13 Availability of electrical power supply D14 6 Choice of architecture fundamentals D15 Connection to the upstream network D15 MV circuit configuration D16 Number and distribution of MV LV transformation substations D17 Number of MV LV transformers D18 MV back-up generator D18 7 Choice of architecture details D19 Layout D19 Centralized or distributed layout D20 Presence of an Uninterruptible Power Supply UPS D22 Configuration of LV circuits D22 8 Choice of equiment D25 D1 Schneider Electric - all rights reserved Schneider Electric - Electrical installation guide 2010 1 07 12 2009 11 08 D - MV LV architecture selection guide D2 9 Recommendations for architecture optimization On-site work time D26 D26 Environmental impact D26 Preventive maintenance volume D28 Electrical power availability D29 1O Glossary D30 Hl ID-Spec software D31 12 Example electrical installation in a printworks Brief description D32 D32 Installation characteristics D32 Technological characteristics D32 Architecture assessment criteria D33 Choice of technogical solutions D35 Schneider Electric -